[ Log In ]
[ Register ]
Price Options Your Cart $0.00
1.5kW Spindle (220 Volt)
$279.95
1.5kW Spindle (110 Volt)
$349.95
Introduction:

This is a 1.5 kilowatt spindle which roughly translates to 2.01 HP. The spindle is water cooled which requires a pump and tubing. We are using a 300 gal/hr pump that can be purchased from the home improvement store submerged in a bucket of water, but a chiller can also be used.

Description:

The spindle, by itself, weighs 8.66 lbs.

Collet Size for 1.5kW Spindle: ER11

Related Tutorials
Two motors moving in opposite directions How To Have Two Motors on a Single Axis Spinning in Opposite Directions on a CNC Machine
In this tutorial we will demonstrate how to have two motors on a single axis spinning in opposite directions with the use of a hex inverter.
Step 30: Router Mount Part 1
This tutorial is dated, if you are considering a CNC for your personal use, we would highly recommend purchasing a kit that is very stable from our wide range of machines available. The first of the videos for the router mount is finally edited and ready to post. The z-axis bearing supports were made in the current shape to be able to hold the router with a piece of stock in-between containing a hole for the router. This hole will need the ability to tighten against the router for stability and leveling. For my machine, I'm making one mount. This router mount will be positioned around the upper part of the router housing. Later, I will be installing a vacuum connection which will also serve as increased support for the router.
Step 31: Router Mount Part 2
This tutorial is dated, if you are considering a CNC for your personal use, we would highly recommend purchasing a kit that is very stable from our wide range of machines available. So we have the mount all drawn up on the board. It's time to do some cutting. This mount will have two parts, one for the back of the router that will be positioned between the z-axis bearing support pieces, and the second part that will provide the compression to hold the router in position.